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Electromagnetic compatibility measurements
Proceedings of the IEEE, 1967Standards extending the frequency range of both instrumentation and techniques up to 1000 MHz are being developed. Along with the spectrum signature concept, the use of automated instrumentation is becoming increasingly important. Of recent interest are techniques for measurement of harmonic power in a waveguide, near fields of antennas, line current ...
R.M. Showers, O.M. Salati
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Random Modulation in Inverters With Respect to Electromagnetic Compatibility and Power Quality
IEEE Journal of Emerging and Selected Topics in Power Electronics, 2018Random modulations are treated as one of the solutions for reducing conducted electromagnetic interference (EMI) in power electronics inverters. Although in papers related to inverters, this view has not been clearly demonstrated. Especially in the state-
P. Lezynski
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Virtual Testing of Electronic Systems Susceptibility by Electromagnetic Compatibility Requirements
2018 International Russian Automation Conference (RusAutoCon), 2018The paper discusses the problem electronic systems virtual testing by electromagnetic compatibility requirements. The work discusses the methods and means of electronic systems susceptibility virtual testing based on electromagnetic compatibility ...
R. Gaynutdinov, S. Chermoshencev
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An Effect of the Electromagnetic Compatibility (EMC) in the Flyback Converters
IEEE India International Conference on Power Electronics, 2018The paper presents that the detrimental effects of the electromagnetic compatibility (EMC) of the flyback converter are now the bargaining question owing to huge uses of the power electronic semiconductors in real life.
T. Halder
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1990
Publisher Summary Electromagnetic compatibility is a term that covers the subjects of interference generation and the susceptibility of equipments to interference. The term includes radio interference, radar interference, sonar interference, telephone interference, computer interference, and general electronic interference.
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Publisher Summary Electromagnetic compatibility is a term that covers the subjects of interference generation and the susceptibility of equipments to interference. The term includes radio interference, radar interference, sonar interference, telephone interference, computer interference, and general electronic interference.
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Improvement of shielding for electromagnetic compatibility
2016 International Conference on Electronics, Information, and Communications (ICEIC), 2016This paper presents methods to improve the effectiveness of electromagnetic shielding. The slit appears in an enclosure’s surface to ventilate. Slits may also appear due to power supply lines or to serve as a communication link between electronic circuits inside and outside the box.
Tran Nguyen Do +2 more
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Electromagnetic compatibility in Europe
IEE Proceedings - Science, Measurement and Technology, 1994The Directive on electromagnetic compatibility (EMC) came into force on 1 January 1992. For various reasons, manufacturers are permitted to delay application of the Directive until 31 December 1995. The Department of Trade and Industry launched an awareness campaign in January 1993 which has provided many initiatives, and is maintaining momentum in the
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Design For Electromagnetic Compatibility
1996This chapter discusses design for electromagnetic compatibility (EMC) in the design of electrical and electronic equipment. We first describe how the subject of EMC divides into ‘emissions’ and ‘immunity’, discuss the implications of the European EMC Directive, and stress the importance of considering EMC at all stages of the design of equipment.
M.D. Ganley +4 more
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Electromagnetic compatibility versus electromagnetic biocompatibility
Proceedings of 14th International Power Electronics and Motion Control Conference EPE-PEMC 2010, 2010The paper tries to structure, from the technical point of view, the concept of electromagnetic biocompatibility, versus electromagnetic compatibility. There are many resemblances, but also many differences between the two concepts, mainly in the approach, in the frequency range of interest, in the mechanisms and the levels of electromagnetic ...
Dorin Muresan +2 more
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Electromagnetic Interference and Compatibility
2014EMI requires a (1) source of energy, (2) a receptor or victim circuit or system, and (3) some coupling path for the energy to get from one place to the other. If there is no energy source, there is no EMI, and if there is no coupling path, there is no EMI.
Kenneth Wyatt, Patrick G. André
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